Available Analog and Digital Blocks and Designs for
Wireless and Broadband Communications
To support designs, IHP offers a wide range of blocks and designs for wireless & broadband solutions:
77-81 GHz LC-VCO with output buffer
60 GHz Analog Frontend Components (LNA, Mixers, fully-integrated PLL)
60 to 5 GHz RX-Frontend with fully-integrated PLL
5 to 60 GHz TX-Frontend with fully-integrated PLL
24 GHZ mixers, VCOs, Prescaler, VCO-Prescaler
DAC components for medium and high speed up to 30 GSps
UWB transceiver components such as mixer correlator, broadband LNA
Static and dynamic divider circuits for up to 60 GHz
5 GHz broadband modem (1 Gbps) for OFDM
8-11 GHz and 16-19 GHz Integer-N PLLs with integrated low phase-noise VCO
I2C-Interface
SPI-Interface
SPW (Signal Processing Worksystem) and MATLAB models of a digital baseband
processor for an IEEE 802.11a/p compliant modem, including the synchronization and
channel estimation units
Designs for baseband processing (Viterbi decoder, FFT / IFFT processor, CORDIC
processor)
Synthesizable VHDL model of the complete IEEE 802.11a OFDM baseband processor
including synchronization and channel estimation
Realtime implementation of the MAC layer for an IEEE 802.11a compliant modem for
embedded applications consisting of a C-program running on MIPS or ARM processors,
and a dedicated hardware accelerator
Abstract SDL model of MAC layer for IEEE 802.11a and HiperLAN/2 compliant modem
with testbenches for various deployment scenarios
Abstract SDL model for IEEE 802.15.3 and IEEE 802.15.4
5 GHz link emulator and WLAN design / debug kit
TCP/IP-processor including hardware accelerators for protocol and symmetric and
asymmetric encryption including MD5
Flexible ECC and AES cryptoprocessors
Baseband-models and realisations for Gigabit WLAN
Context-sensitive distributed Middleware Platform (PLASMA) for wireless internet
applications
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